Blog
Ideas from the studio
Insights on 3D printing, prototyping, custom design, and the technology driving modern manufacturing.
Can 3D Printing Replace Broken or Discontinued Parts?
Broken appliances and discontinued components don't have to mean the end of your favorite products. Discover how 3D printing is revolutionizing the replacement parts landscape for designers, makers, and everyday problem-solvers.
From Sketch to Functional Part: CAD Process Explained
Every functional 3D-printed part starts as a simple idea on paper—This guide walks you through each stage of the CAD-to-print workflow, from conceptual modeling and tolerance planning to orientation strategy and iterative prototyping.
How Small Businesses Use 3D Printing for Custom Tools
Small businesses are turning to 3D printing to produce custom tools, jigs, and fixtures that cut costs and slash lead times. Learn how to choose the right technology, optimize your designs, and decide between owning a printer or outsourcing to a service bureau.
3D Printing vs Injection Molding: How to Choose
Choosing between 3D printing and injection molding can make or break your product launch timeline and budget. Learn where each method shines, when to switch, and how a hybrid workflow saves time and money.
Tolerance Secrets for 3D Printed Functional Parts
Small geometric deviations in 3D printed parts can amplify into massive mechanical failures—up to 36% strength loss from under 10% dimensional error. Learn how calibration, statistical analysis, and machine learning are transforming tolerance management for functional prints.
ABS vs PLA vs PETG: Pick the Right Filament
Choosing between PLA, PETG, and ABS can make or break your 3D printing project. This guide compares strength, heat resistance, printability, and real-world applications so you can match the right filament to every build.
Can You 3D Print Car Parts? What to Know
From custom interior trim to under-hood brackets, 3D printing is opening new doors for automotive enthusiasts and designers. Learn which parts you can safely print, which materials to use, and the legal and safety considerations every maker should know.
How We Recreate Broken Plastic Parts With 3D Scanning
Broken plastic part with no replacement available? We walk through our exact studio workflow for 3D scanning damaged components, rebuilding them digitally, and printing perfect replicas—fragment by fragment.
Is 3D Printing Strong Enough for Real-World Use?
3D printing has moved far beyond prototyping—but when is a printed part truly strong enough for real-world demands? We break down the materials, design strategies, and 2026 milestones that are making additive manufacturing a production-ready powerhouse.
From Idea to Prototype: A 3D Printing Guide
Every great product starts as a rough idea—but bridging the gap to a functional prototype is where the real magic happens. This guide walks you through each stage, from initial sketch to 3D-printed prototype, so you can test, iterate, and validate your designs faster than ever.
Why Your Local 3D Printing Studio Is Your Best Asset
Discover why designers, makers, and businesses are turning to local 3D printing studios over online marketplaces and overseas suppliers. From faster turnaround times to hands-on collaboration, learn how proximity unlocks better results for every project.
What Is Reverse Engineering in 3D Printing?
Reverse engineering lets you recreate real-world objects as 3D-printable digital models—even when original designs are lost or obsolete. Learn how the scan-to-print workflow works, why it matters for designers and makers, and where the technology is headed.